Altera 基础篇公司书籍源码

Blessing_3_v3_9_6稳定盈利set，仅限AUDNZD货币对，周期M1。 使用本压缩包内的SET，LAF默认是15，根据历史测试来看具有较大的风险，需要手动规避数据。 合理设置为LAF=8，请自行设置和调试，找到自己合适的风险值。 (Blessing_3_v3_9_6 stable profit set, only AUDNZD currency pairs, cycle M1. Use this package in the SET, the default is 15 fans, according to the angles of history test has great risk, need to avoid data manually. Reasonable set to fans = 8, please make your own setting and debugging, find their proper risk value.)

Syplify经典英文教程。内含众多实验例程，Lab 1 Basic Synplify Run；Lab 2 Analyzing Critical Path and Assigning Timing；Lab 3 FSM (Finite State Machine) Compiler Constraints and Attributes(Syplify classic English tutorial. Contains numerous experiments routine, you can help learners to quickly grasp Syplify tips, is a rare foreign experiments tutorial.)

本程序是用vhdl开发的实现并串转换功能的程序。(This procedure is developed using VHDL implementation and string conversion function of the program.)

说明：  潘松那本书上用vhdl语言描述的16位并入并处加法器(Pan book vhdl language used to describe the 16-bit adder into his)

VHDL语言实现时钟程序，用fpga开发板试过后，能够执行-VHDL Pang Sung-wife of mother

该模块实现一个寄存器堆的操作，其中前16个仅主机能写，规给为32-bit×32。后16个仅Micorblaze能写。读取没有限制。如果双方同时对同一地址进行读写操作，读回的数将是全1。(This module implement a register file of the operation, of which the first host 16 is only able to write rules to the 32-bit × 32. Micorblaze only 16 after the write. There is no limit to read. If the two sides at the same time to read and write operations to the same address, read back would have been a full one.)

4位的超前进位加法器，门级电路连接得到，verilog代码实现(4-bit look-ahead adder, gate-level circuit)

vhdl,十进制加减计数器，输出计数序列信号-vhdl, decimal addition and subtraction counter, the output count sequence signal

ldpc译码算法介绍及fpga verilog系统方案设计，包括log_bp算法、min_sum算法、scaling_min_sum算法等(introducing the ldpc code decoding algorithm and the related system design，including the log_bp,the min_sum and the scaling_min_sum)

cycloneII ep2c5 ep2c8